POWERGEN 2026: Why Water Intake Innovation Matters

Power demand is climbing at a record pace across North America, fueled by a data center boom, AI’s exponential power appetite, and renewed urgency around grid reliability. POWERGEN 2026 showcased the energy sector at a turning point, with every major conference session packed and standing-room only. The Hydrolox team was on-site to listen, engage, and reinforce that resilient, next-generation water intake solutions are essential to the success of modern power infrastructure—for both nuclear and fossil fuels alike.

Data Center Growth and Nuclear’s Resurgence

Energy transition and digital transformation are no longer hypothetical; they’re happening now. Capital allocation, technology adoption, and operational strategies are being reshaped industry wide. Data center–driven load growth dominated both the technology and infrastructure tracks. But the strongest momentum—and optimism—centered on nuclear’s resurgence.

Hunter Mitchell, Hydrolox Business Development Analyst, summarized: “The nuclear renaissance is here. Investment is flowing, government regulations are easing, and the demand for clean energy is higher than ever.”

What the Industry Is Missing

While much was said about grid-scale storage, on-site generation, and next-generation reactor designs, we made the case for a foundational part of the solution: upgrading water intake technology. “Meeting the future grid’s demands means addressing bottlenecks at every level—including water intake,” Mitchell noted.

Major power producers are under pressure to run cleaner, more reliably, and at greater capacity—but the weak link is often hiding in plain sight. Inefficient or outdated water screening can increase condenser fouling, force derating for unplanned cleanings, and add unexpected maintenance that derails even the most advanced project plans.

Reliable Water Intakes Lead to Resilient Grids

Hydrolox water intake screens are engineered for continuous, 24/7 operation. Installations across U.S. nuclear and fossil fuel sites have logged hundreds of thousands of hours with no unscheduled downtime. At Dairyland Power’s John P. Madgett Station, Hydrolox screens were installed to comply with Section 316(b) of the U.S. Environmental Protection Agency’s (EPA) Clean Water Act and to lower operations and maintenance costs. The results were clear:

• All five condenser performance parameters improved
• Debris carry-over into the condenser drastically reduced
• The number of necessary condenser cleanings dropped noticeably

Built for Retrofitting and Greenfield Plant Success

At POWERGEN, one theme was unmistakable: future-proofing both existing assets and new builds. Hydrolox screens stood out for their ability to reduce cost, risk, and installation complexity:

• Easily retrofitted into existing intake structures
• Little or no civil modifications
• Minimized plant outage risk
• Greenfield projects require fewer screens, reducing civil costs by up to 70%

89% fewer work hours annually devoted to maintenance

Learn how a power station on the Mobile River complied with Section 316(b) while reducing annual maintenance by more than $200,000 USD per year.

View Case Study

The Bottom Line for Power Plant Leaders

POWERGEN 2026’s takeaways are clear:

• Plants must modernize to meet reliability and growth needs
• Next-generation water intake screens are a critical technology that pays back in grid capacity, regulatory certainty, savings, and maintenance reductions

For power plants planning new capacity or extending the life of legacy assets, upgrading their water intakes is one of the fastest, most cost-effective ways to improve reliability, regulatory compliance, and grid contribution. Woodrow notes, “Hydrolox isn’t limited by factory constraints. We can scale with the market and deliver locally—globally—as demand surges.”